/* HK definitions */

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "OBT OBSERVATION TIME"
START_BYTE  = 1
UNIT        = "second"
DESCRIPTION = "START TIME OF OBSERVATION GIVEN IN SCET, THE SCET IS A TIME FORMAT GIVEN IN SUN MODIFIED JULIAN DATE " 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 4
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "SCET OBSERVATION TIME"
START_BYTE  = 9
UNIT        = "UT"
DESCRIPTION = "START TIME OF OBSERVATION GIVEN IN ON-BOARD TIME THAT IS SECONDS SINCE 2003-05-03 "
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_INTEGER
NAME        = "TYPE OF MEASUREMENT"
START_BYTE  = 13
UNIT        = "N/A"
DESCRIPTION = " Type of measurement: (0,10:Autotest;6:Calibration;9:Acquisition,11:Imaging;7:Test 
              5;8:Test 6)"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_INTEGER
NAME        = "SOFTWARE VERSION"
START_BYTE  = 15
UNIT        = "N/A"
DESCRIPTION = "Number of software version"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_INTEGER
NAME        = "ZOPD SW FW"
START_BYTE  = 17
UNIT        = "N/A"
DESCRIPTION = "Number of point offset for SW channel zero optical path 
              difference in forward" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_INTEGER
NAME        = "ZOPD SW RV"
START_BYTE  = 19
UNIT        = "N/A"
DESCRIPTION = "Number of point offset for SW channel zero optical path 
              difference in reverse" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_INTEGER
NAME        = "ZOPD LW FW"
START_BYTE  = 21
UNIT        = "N/A"
DESCRIPTION = "Number of point offset for LW channel zero optical path 
              difference in forward" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_INTEGER
NAME        = "ZOPD LW RV"
START_BYTE  = 23
UNIT        = "N/A"
DESCRIPTION = "Number of point offset for LW channel zero optical path 
              difference in reverse" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_INTEGER
NAME        = "SCANNER POSITION"
START_BYTE  = 25
UNIT        = "N/A"
DESCRIPTION = "Scanner orientation ( 8 - Black Body; 10 - Cold Space; 9 - 
              Angle +25; 11 - Angle +12.5; 15 - Nadir; 14 - Angle -12.5; 12 - 
              Angle -25; 13 - Calibration lamp )" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "HIGHEST CUTOFF FREQUENCY SW ZEROX"
START_BYTE  = 27
UNIT        = "Hz"
DESCRIPTION = "This parameter defines the period of the highest cutoff 
              frequency for the SW Zero Crossing Preamplifier Filter (8th 
              order). The lowest cutoff  frequency is fixed (500 Hz, 2nd 
              order) and unalterable. This value should  be at least twice 
              the reference frequency in order to maintain the speed  control 
              loop within the settling time value. This is of course true 
              only  for the reference signal used for such purpose." 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "HIGHEST CUTOFF FREQUENCY LW ZEROX"
START_BYTE  = 35
UNIT        = "Hz"
DESCRIPTION = "The same of TIM20_per but for the LW Zero Crossing 
              Preamplifier Filter"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "SPEED CLOCK"
START_BYTE  = 43
UNIT        = "Hz"
DESCRIPTION = "This parameter set the reference frequency for the speed 
              control loop (normally 2000 Hz). Thus this value set the speed 
              of the double pendulum  and consequently also the medium 
              sampling frequency of the reference channel  used for 
              controlling the speed." 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "ADCs SERIAL CONVERTERS CLOCK"
START_BYTE  = 51
UNIT        = "Hz"
DESCRIPTION = "This parameter defines the frequency used for the serial to 
              parallel converter for the ADCs. In the normal conditions it 
              should not be touched." 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "HIGHEST CUTOFF FREQUENCY SW DET"
START_BYTE  = 59
UNIT        = "Hz"
DESCRIPTION = "This parameter defines the period of the highest cutoff 
              frequency for the SW Detector Preamplifier Filter (8th order). 
              The lowest one is fixed (500 Hz,  2nd order). It should be set 
              at 4 kHz but for the quantization error it is set  at 4.4 kHz. 
              This filter is an antialiasing filter for the SW ADCs, so it 
              should  be changed according to the speed of the double 
              pendulum. Along the lowest cutoff  frequency it also limits the 
              bandpass of signal and noise and consequently the  spectral 
              range, too" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "HIGHEST CUTOFF FREQUENCY LW DET"
START_BYTE  = 67
UNIT        = "Hz"
DESCRIPTION = "This parameter defines the period of the highest cutoff 
              frequency for the LW Detector Preamplifier Filter (8th order). 
              The lowest one is fixed (50 Hz,  2nd order). It should be set 
              at 500 Hz but for the quantization error it is set  at 513 Hz. 
              This filter is an antialiasing filter for the LW ADCs, so it 
              should  be changed according to the speed of the double 
              pendulum. Along the lowest cutoff  frequency it also limits the 
              bandpass of signal and noise and consequently the  spectral 
              range, too" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "SW DETECTOR GAIN"
START_BYTE  = 75
UNIT        = "N/A"
DESCRIPTION = "SW detector gain (1 to 125)"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "LW DETECTOR GAIN"
START_BYTE  = 77
UNIT        = "N/A"
DESCRIPTION = "LW detector gain (1 to 8)"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "SW ADC"
START_BYTE  = 79
UNIT        = "N/A"
DESCRIPTION = "SW channel A/D converter ( 1: Wake up ADC 1a SW signal sampled 
              every  SW zero crossing pulse (Default);  2: Wake up ADC 2b SW 
              signal sampled every  LW zero crossing pulse (Recovery);)" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "SW ADC SECOND"
START_BYTE  = 81
UNIT        = "N/A"
DESCRIPTION = "SW channel A/D converter Redundant ( 1: Wake up ADC 1a SW 
              signal sampled every  SW zero crossing pulse (Default);
              2: Wake up ADC 2b SW signal sampled every  LW zero crossing 
              pulse (Recovery);)" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "LW ADC"
START_BYTE  = 83
UNIT        = "N/A"
DESCRIPTION = "LW channel A/D converter ( 1: Wake up ADC 2a LW signal sampled 
              every  LW zero crossing pulse (Default);  2: Wake up ADC 1b LW 
              signal sampled every  SW zero crossing pulse (Recovery);)" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "LW ADC SECOND"
START_BYTE  = 85
UNIT        = "N/A"
DESCRIPTION = "LW channel A/D converter Redundant ( 1: Wake up ADC 1a LW 
              signal sampled every  SW zero crossing pulse (Default);
              2: Wake up ADC 2b LW signal sampled every  SW zero crossing 
              pulse (Recovery);)" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "PENDULUM MOTOR"
START_BYTE  = 87
UNIT        = "N/A"
DESCRIPTION = "This value show the double pendulum motor being used : 
              Secondary or Primary. In case of motor or driver failure one 
              can select the working one,if any!.  By default is set the 
              primary one( 0:Secondary;1:Primary )" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "PENDULUM DIRECTION"
START_BYTE  = 89
UNIT        = "N/A"
DESCRIPTION = "Double Pendulum direction ( 0:Forward;1:Reverse )"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "ZOPDSW"
START_BYTE  = 91
UNIT        = "N/A"
DESCRIPTION = "It represents the Zero Optical Path Difference Position 
              revealed by TRW 1 detector (ZOPDD).  This information gives to 
              OBDM the reference in order to centre the  SW interferogram. 
              The correct value should be around 18000 (number of  bytes from 
              the beginning up to the centre of SW interferogram) but it  can 
              change a little (overall when Module-O is not horizontal) 
              maintaining  the interferogram centred." 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "ZOPDLW"
START_BYTE  = 93
UNIT        = "N/A"
DESCRIPTION = "It represents the Zero Optical Path Difference Position 
              revealed by TRW 2 detector (ZOPDD).  This information gives to 
              OBDM the reference in order to centre the  LW interferogram. 
              The correct value should be around 4500 (number of  bytes from 
              the beginning up to the centre of LW interferogram) but it  can 
              change a little (overall when Module-O is not horizontal) 
              maintaining  the interferogram centred." 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "PENDULUM END RIGHT "
START_BYTE  = 95
UNIT        = "N/A"
DESCRIPTION = "It reveals if during the measure the double pendulum has 
              touched the Right micro switch and how many times it did.  If 
              different from 0 can highlight a malfunction of the motion." 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 2
DATA_TYPE   = PC_UNSIGNED_INTEGER
NAME        = "PENDULUM END LEFT "
START_BYTE  = 97
UNIT        = "N/A"
DESCRIPTION = "It reveals if during the measure the double pendulum has 
              touched the Left micro switch and how many times it did.  If 
              different from 0 can highlight a malfunction of the motion." 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "LASER 1 POWER"
START_BYTE  = 99
UNIT        = "mW"
DESCRIPTION = "This parameter defines the power set point for the Short 
              Wavelength Laser Diode. Even if the power can be changed from 0 
              up to 4.97 mW,  normally there is an ideal value (depending on 
              the working Temperature  and on the single device) which 
              reduces at the minimum level, the low  frequency modulation due 
              to the side lobs. The narrower emission line  the better 
              reference signal." 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "LASER 2 POWER"
START_BYTE  = 107
UNIT        = "mW"
DESCRIPTION = "The same of Laser 1 Power but for Long Wavelength"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "DETECTOR 1 VOLT"
START_BYTE  = 115
UNIT        = "Volt"
DESCRIPTION = "This parameter defines the power set point for the Short 
              Wavelength Detector." 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "DETECTOR 2 VOLT"
START_BYTE  = 123
UNIT        = "Volt"
DESCRIPTION = "The same of Detector 1 Power but for Long Wavelength"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "IB1 TEMP"
START_BYTE  = 131
UNIT        = "K"
DESCRIPTION = "High thermal gradients on the monoblock (the holder for the 
              beamsplitters) can be in principle not a good start point to 
              begin a measure, so we should  reduce them. IB1,IB8 define the 
              set points of the 8 individuals Temperature  
              controllers.Normally, in the real condition, they should be 
              kept at 13* C.  In the FUM document you can find where the 
              Temperature readings and controllings  are placed inside IB 
              (Interferometer Block)" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "IB2 TEMP"
START_BYTE  = 139
UNIT        = "K"
DESCRIPTION = "The same as the IB 1 temp"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "IB3 TEMP"
START_BYTE  = 147
UNIT        = "K"
DESCRIPTION = "The same as the IB 1 temp"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "IB4 TEMP"
START_BYTE  = 155
UNIT        = "K"
DESCRIPTION = "The same as the IB 1 temp"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "IB5 TEMP"
START_BYTE  = 163
UNIT        = "K"
DESCRIPTION = "The same as the IB 1 temp"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "IB6 TEMP"
START_BYTE  = 171
UNIT        = "K"
DESCRIPTION = "The same as the IB 1 temp"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "IB7 TEMP"
START_BYTE  = 179
UNIT        = "K"
DESCRIPTION = "The same as the IB 1 temp"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "IB8 TEMP"
START_BYTE  = 187
UNIT        = "K"
DESCRIPTION = "The same as the IB 1 temp"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "LASER DIODE 1 TEMP"
START_BYTE  = 195
UNIT        = "K"
DESCRIPTION = "It defines the Temperature set point for the Short Wavelength 
              Temperature controller.This should be set at least 1.5* C over  
              the average Temperature of IB for having a good stability. In 
              our case it  is set at 15* C.This parameter is crucial for the 
              good working of Module-O.  The Temperature of Laser, more than 
              the power, determines the presence  of the side lobs and it can 
              make them become so strong that the speed  controller could 
              fail (in this extreme case Module-O is not capable to  measure 
              at all!). In case of this very bad condition we can of course 
              use  the other reference channel, the one not used at the 
              moment.Temperature of  Laser is also important for the spectral 
              calibration, because the emission  line wavelength changes 
              versus Temperature for approximately 0.4 nm per 1K" 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "LASER DIODE 2 TEMP"
START_BYTE  = 203
UNIT        = "K"
DESCRIPTION = "The same of Laser 1 (SW) Temperature but for Long Wavelength"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "SW DETECTOR TEMP"
START_BYTE  = 211
UNIT        = "K"
DESCRIPTION = "This parameter defines the set point Temperature for the Short 
              Wavelength detector controller and should be set between 200 K 
              and 250 K depending on the  condition. This one is important 
              for the calibration as the detector changes the  responsivity 
              along its Temperature. Keep in mind that clearly the 
              Temperature  controlling is done at the case level." 
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "LW DETECTOR TEMP"
START_BYTE  = 219
UNIT        = "K"
DESCRIPTION = "This parameter defines the set point Temperature for the Long 
              Wavelength detector controller. Also in this case the 
              Temperature controlling is done at the case level"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "INTERNAL BLACKBODY TEMPERATURE 1"
START_BYTE  = 227
UNIT        = "K"
DESCRIPTION = "This parameter defines the set point Temperature for the 
               internal Blackbody source."
END_OBJECT  = COLUMN
                                                 
OBJECT      = COLUMN                                                      
BYTES       = 8                                                           
DATA_TYPE   = PC_REAL                                                     
NAME        = "INTERNAL BLACKBODY TEMPERATURE 2"                          
START_BYTE  = 235                                                         
UNIT        = "K"                                                         
DESCRIPTION = "As INTERNAL BLACKBODY TEMPERATURE 1, redundant"                      
END_OBJECT  = COLUMN                                                      


OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "TRW 1 POWER"
START_BYTE  = 243
UNIT        = "mW"
DESCRIPTION = "Power of SW TRW"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "TRW 2 POWER"
START_BYTE  = 251
UNIT        = "mW"
DESCRIPTION = "Power of LW TRW"
END_OBJECT  = COLUMN

OBJECT      = COLUMN
BYTES       = 8
DATA_TYPE   = PC_REAL
NAME        = "CALIBATION LAMP VOLTAGE"
START_BYTE  = 259
UNIT        = "V"
DESCRIPTION = "Voltage of internal calibration lamp"
END_OBJECT  = COLUMN